Agentic AI Engineer

Infosys Limited

Bengaluru
7-9 years
Today
₹23–44 LPA
Full-time
Onsite

Skills Required

LLM
Prompt Engineering
Fine-tuning
LangChain
LLMOps
AutoGen
CrewAI
reinforcement learning
reasoning algorithms
planning systems
API Integration
AgentOps
Python

Description

Infosys Limited is seeking an Agentic AI Engineer with expertise in designing and implementing agentic architectures using large language models and reasoning engines.

Company: Infosys Limited

Role: Agentic AI Engineer

Location: Bangalore

Experience:

  • 7 - 9 years
  • 6–10 years of experience in AI/ML engineering
  • At least 2+ years in building agentic AI systems or LLM-based applications

Qualification:

  • Bachelor of Engineering
  • Bachelor Of Science
  • Bachelor Of Computer Applications
  • Bachelor Of Technology

Responsibilities:

  • Design and implement agentic architectures leveraging LLMs and reasoning engines
  • Develop multi-agent systems for task orchestration and collaboration
  • Integrate external tools, APIs, and knowledge bases for agent augmentation
  • Optimize agent performance for autonomy, adaptability, and safety
  • Collaborate with product teams to embed agentic AI into business applications
  • Research and prototype advanced capabilities like memory, planning, and self-improvement

Additional responsibilities:

  • Strong programming skills in Python
  • Deep understanding of LLMs, prompt engineering, and fine-tuning techniques
  • Familiarity with agentic frameworks such as LangChain, AutoGen, CrewAI, or similar
  • Knowledge of reinforcement learning, reasoning algorithms, and planning systems
  • Experience with API integration and tool augmentation for agents
  • Strong grasp of ethical AI principles and safety mechanisms

Nice to have:

  • Experience with Prompt Engineering
  • Experience with LLMOps
  • Experience with AgentOps

More skills:

AI/ML frameworks, Fine-tuning techniques, Agentic frameworks (LangChain, AutoGen, CrewAI, or similar), Tool augmentation, Ethical AI principles, Safety mechanisms